The phrase "allows us to manipulate" is correct and usable in written English.
It can be used when discussing the capability or permission to control or influence something in a particular context.
Example: "The new software allows us to manipulate data more efficiently, leading to better analysis and decision-making."
Alternatives: "enables us to control" or "permits us to handle".
Furthermore, by using a behavioral paradigm that allows us to manipulate memory processing at different time points, we provide experimental evidence that (BDNF-dependent) pattern separation occurs during the encoding/storage/consolidation stage of memory processing.
To extract the required data from the "aaxl" file, we use the java API JDOM which allows us to manipulate, and output XML data from Java code so that we can read and write XML data without the complex and memory-consumptive options that current API offerings provide.
Using the tools of synthetic biology allows us to manipulate these pathways and produce the desired compounds.
Light-touch receptors, which mediate discriminative touch, enables fine tactile acuity that allows us to manipulate objects with high precision.
This approach allows us to manipulate these non-linear energy transfer networks and design materials with novel optical properties.
The Föster resonance allows us to manipulate the random walk of the Rydberg electron (RE) in the manifold of quantum levels and hence change the excitation energies of RA, which lead to anomalies in the IR spectra.
We investigated perceptual learning on an auditory discrimination task using a novel design that allowed us to manipulate the amount of feedback independent of other aspects of the training task.
Understanding in full the molecular intricacies of ES and induced pluripotent (iPS) cells may allow us to manipulate them for clinical use.
We used a full-body illusion that allowed us to manipulate the feeling of ownership of different-sized artificial bodies (see also van der Hoort et al., 2011) and subsequently tested object size perception.
In these mice, the TRN exhibits preferential expression of ChR2 compared to surrounding subcortical regions (Halassa et al., 2011), allowing us to manipulate TRN activity in awake mice using chronically implanted optical fibers.
This mathematical technique may allow us to manipulate microscopic blood (cells) at nano-scale.
